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Separator profile selection for optimal battery performance

机译：分离器配置文件选择可实现最佳电池性能

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摘要

Battery performance, depending on the application, is normally defined by power delivery, electrical capacity, cycling regime and life in service. In order to meet the various performance goals, the Battery Design Engineer can vary things such as grid alloys, paste formulations, number of plates and methods of construction. Another design option available to optimize the battery performance is the separator profile. The goal of this paper is to demonstrate how separator profile selection can be utilized to optimize battery performance and manufacturing efficiencies. Also time will be given to explore novel separator profiles which may bring even greater benefits in the future. All major lead-acid application will be considered including automotive, motive power and stationary.
机译：电池性能取决于应用，通常由功率输出，电容量，循环方式和使用寿命来定义。为了满足各种性能目标，电池设计工程师可以更改诸如网格合金，焊膏配方，板数和构造方法之类的内容。可以用来优化电池性能的另一个设计选项是隔板轮廓。本文的目的是演示如何使用隔板轮廓选择来优化电池性能和制造效率。同样，将有时间探索新颖的分离器轮廓，这可能会在将来带来更大的好处。将考虑所有主要的铅酸应用，包括汽车，动力和固定式。

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